Industrial magnets are applied in equipment that require a controlled magnetic force to lift, hold, position, separate, sense or assemble. It is not enough to simply pick the magnet that has the highest strength. Suitedness depends on magnetic strength, operating temperature, environment, dimensions, mounting and expected load. One magnet that fits a certain application might not be suitable for another. These factors can be helpful to engineers and manufacturers when determining what solution to choose that will function effectively in a real working environment.
Define the Required Magnetic Force
To get a proper answer, you need to first know what amount of magnetic force the application actually needs. This force is dependent upon load, contact area, material being attracted, air gap, and direction of applied force.
The pull force may also vary considerably from the holding force when applying a magnet to a surface. The force rating of a magnet under ideal test conditions might not be what occurs in an application.
So, before selecting a Buy Heavy duty magnets product based on the maximum strength, the actual working environment must be specified.
Consider the Working Environment
The surrounding environment may have an impact on the performance and service life of the magnet. All of these factors should be taken into account: temperature, moisture, chemicals, vibration, and physical impact.
Certain magnets may suffer loss of magnet performance if subjected to temperatures outside of the recommended operating range. In humid or corrosive settings, protecting magnets with a coating might be crucial.
To determine the appropriate magnet and protective configuration for their application, manufacturers should first understand the work environment for that application.
Match the Magnet to the Temperature
The industrial magnetic application is very sensitive to temperature. There are various types of magnet materials with different temperature properties, and too much heat can adversely affect the magnetic properties.
So the operating temperature range should be compared with the appropriate temperature range of the material.
If the equipment has occasional temperature peaks, those should also be taken into consideration in the evaluation. There are different requirements for continuous operating temperature and short-term exposure.
Choose the Appropriate Shape and Size
The geometric shape of the magnet can affect the delivery of magnetic force. There are different shapes and sizes of industrial magnets to fit specific assemblies.
Any available space around the component, in addition to holes, clearances, contact surfaces and adjacent materials, should be taken into account.
The larger the magnet, the better it’s not necessarily. The geometry should be designed to fit with the mechanical design and deliver the necessary magnetic performance without causing any undue installation issues.
Consider Custom Magnetic Solutions
While many magnets can be used with standard magnets, different applications may require different arrangement on special magnets.
If a standard magnetic solution does not meet dimensions, mounting requirements, magnetic direction or performance, custom magnetic solutions can be considered.
When the magnet has to fit in a small mechanism or operate in an assembly that already has other parts with restricted space, customization may be beneficial.
The functional requirement should take precedence in the custom design process instead of just tinkering with a product to make it look different without any specific function.
Think About Nearby Materials
The behavior of magnetic fields can be influenced by materials near the magnet. Magnetic performance can be affected by ferromagnetic parts, air gaps, shields and other nearby parts.
Engineers should therefore test the magnet as a whole assembly and not alone.
This is particularly relevant if magnets are used in the interior of motors, actuators, sensors, lifting systems or automated systems.
Evaluate Mechanical Requirements
Magnetic force is not the only aspect in the selection of a magnet for industrial application. It can also vibrate, impact, repeat movement or experience mechanical stress on the magnet while operating.
The method of mounting must not allow free movement that will detract from the function of the magnet.
Depending on application and operating conditions, coatings, housings, adhesives or fasteners may be considered.
Consider Long-Term Consistency
In the case of production equipment, magnets can have to last for a number of operating cycles. Quality and consistency of materials and manufacture may therefore become a consideration when purchasing the product.
Specifications of this type should be consulted, and the buyer should ensure that replacement magnets can be supplied with similar characteristics.
This can help to level out differences in production units and ensure more predictable maintenance in the future.
Conclusion
The selection of an industrial magnet involves many factors, such as magnetic force, temperature, environment, size, material and mechanical conditions around the magnet and mounting. Not all magnets are equally good for all applications. Good design can meet the physical and operational requirements of the equipment and give good performance. For businesses interested in the specific magnetic products they can find, a visit to regmetals.com would provide a list of options and talk through application-specific magnetic needs. Using careful selection from the design phase can help to ensure reliable operation and ease future sourcing.
